The NeuroCMOS-DW is
a series of cameras ideal for high and medium light level measurements.
These cameras have very large dynamic range and by way of variable
gains for different rows, are capable in resolving changes in light
intensity from both very bright and relatively dim regions within the
same field. 3 selectable gains allow a single camera to operate both
with relatively low read noise and a very large well size. The cameras
are close to ideal for recording fluorescence or absorption signals
from tissue stained with voltage sensitive dyes as well as for
intrinsic imaging.

All
of the cameras in the series have large pixels, 128x128 µm2.
The large pixels improve the fill factor and increase the
light gathering efficiency from large preparations. Each of the cameras
have an array of 128X128 pixels, for relatively high spatial
resolution.
The NeuroCMOS-DW128f is
very
fast. It uses 16 readout channels to record at 10,000 fps. It is
capable of recording action potential propagation with
outstanding temporal resolution.
The NeuroCMOS-DW128 uses
four readout channels only and its maximum speed is 2,500 fps.